its coz d materials used in thick wires can withstand large current and the insulation is done with d material which has high heat withstanding capability generated due to high current.bcoz of this the wire doesn't melt and hence not risky.
Thick wires that electricity runs through are typically called power cables or conductors. These wires are designed to carry high voltage electricity safely and efficiently from one point to another.
Lower in thick wires due to their larger cross-sectional area, which allows for more space for electrons to flow and reduces the resistance. Thicker wires also have less electrical resistance because they experience less heat loss, making them more efficient for carrying electrical currents over greater distances.
Copper is the most common metal used in electrical wires due to its high conductivity and ability to easily carry electrical currents.
I think thick wires are smarter
Metal wires are single strands of flexible material often used to carry electrical currents, telecommunication signals, and hold mechanical loads.
Thick metallic strips are used to join potentiometer wires because they provide a secure and reliable connection. The thickness of the strips helps to withstand high currents and ensures minimal electrical resistance. This helps to maintain good conductivity and prevent overheating or damage to the wires.
The magnetic forces between the two parallel wires are attractive, as the currents in the wires flow in opposite directions, creating magnetic fields that interact with each other. This interaction results in an attraction between the wires due to the magnetic forces.
Metal wires are single strands of flexible material often used to carry electrical currents, telecommunication signals, and hold mechanical loads.
Sure. In a two-wire circuit, both wires carry equal currents.
Thin wires
When electric currents flow through wires, they create magnetic fields around them. If the currents flow in the same direction, the magnetic fields produced by the wires will interact with each other, resulting in an attractive force between the wires. This phenomenon is known as the Ampère's force law.
Each of the three conductors of an electricity transmission system are termed 'line conductors', and there is a potential difference between each pair, called a 'line voltage'. The conductors themselves carry load currents called 'line currents'.